Showing posts with label control. Show all posts
Showing posts with label control. Show all posts

Friday, June 17, 2011

Ulises - Four rotor helicopter simulation base - Video


Ulises - Four rotor helicopter simulation base
Tutorial Description
Four rotor helicopter base for testing control algorithms. Features a MicroStrain IMU. Control is carried out through Simulink module. It uses Real-Time blockset for Simulink by Leonardo Daga (available at Matlab File Exchange)
Ulises - Four rotor helicopter simulation base - Video

Ulises - Four rotor helicopter simulation base - Video


Ulises - Four rotor helicopter simulation base
Tutorial Description
Four rotor helicopter base for testing control algorithms. Features a MicroStrain IMU. Control is carried out through Simulink module. It uses Real-Time blockset for Simulink by Leonardo Daga (available at Matlab File Exchange)
Ulises - Four rotor helicopter simulation base - Video

Thursday, June 16, 2011

Fat 3D Model Loses Stomach - Video


Fat 3D Model Loses Stomach
Tutorial Description
This was made for a Control Systems project, where we had to realistically model a controller for a suspension system and simulate the effects on a human body. Only problem is that when you increase the humans mass beyond a certain point, his belly oscillates off to infinity.
Fat 3D Model Loses Stomach - Video

Wednesday, June 15, 2011

Ulises - Four rotor helicopter simulation base - Video


Ulises - Four rotor helicopter simulation base
Tutorial Description
Four rotor helicopter base for testing control algorithms. Features a MicroStrain IMU. Control is carried out through Simulink module. It uses Real-Time blockset for Simulink by Leonardo Daga (available at Matlab File Exchange)
Ulises - Four rotor helicopter simulation base - Video

Hybrid Control of Inverted Pendulum with Wiimote swingup - Video


Hybrid Control of Inverted Pendulum with Wiimote swingup
Tutorial Description
Our new rapid controls prototyping software QuaRC, has many new features - one of them being drag n drop Simulink block support for the Nintendo Wiimote. Here we replaced the energy swing-up portion of the hybrid controller for a classic rotary inverted pendulum with manual control via the Wiimote.
Hybrid Control of Inverted Pendulum with Wiimote swingup - Video

Sunday, June 12, 2011

Best approximation with an arc algorithm (version 2) - Video


Best approximation with an arc algorithm (version 2)
Tutorial Description
Realized with the Matlab on a task of line-following by Dzmitry Kaliukhovich, Systems Engineering Laboratory, Hochschule Ravensburg-Weingarten, Dec. 3, 2007
Best approximation with an arc algorithm (version 2) - Video

Best approximation with an arc algorithm (version 2) - Video


Best approximation with an arc algorithm (version 2)
Tutorial Description
Realized with the Matlab on a task of line-following by Dzmitry Kaliukhovich, Systems Engineering Laboratory, Hochschule Ravensburg-Weingarten, Dec. 3, 2007
Best approximation with an arc algorithm (version 2) - Video

Best approximation with an arc algorithm - Video


Best approximation with an arc algorithm
Tutorial Description
Realized with the Matlab on a task of line-following by Dzmitry Kaliukhovich, Systems Engineering Laboratory, Hochschule Ravensburg-Weingarten, Dec. 3, 2007
Best approximation with an arc algorithm - Video

Saturday, June 11, 2011

Avoidance of the line algorithm - Video


Avoidance of the line algorithm
Tutorial Description
Realized with the Matlab on a task of line-following by Dzmitry Kaliukhovich, Systems Engineering Laboratory, Hochschule Ravensburg-Weingarten, Dec. 3, 2007
Avoidance of the line algorithm - Video

Thursday, February 10, 2011

pendulo invertido avance.... - Video


pendulo invertido avance....
Tutorial Description
Mi tesis del péndulo invertido, costo ufff para llegar a esta parte, es un primer avance , se observa que ya logra mantener el equilibrio, se debe buscar afinar algunos detalles más. Se desarrolló usando espacio de estados y el diseño de un observador de Luemberger. Programada en C++ y la simulación se hizo con Matlab. ... Péndulo Pendulum Matlab C++ programming programación control automatización robótica péndulo invertido tesis
pendulo invertido avance.... - Video

Object Tracking in MATLAB - Video


Object Tracking in MATLAB
Tutorial Description
The foam object in this video is the simplist application of the capabilities of the Image and Video Processing available from MATLAB. Using SIMULINK modeling, I built a block and signal diagram which takes a webcam color video first converts and thresholds the image into a binary representation. My algorithm uses blob analysis and kalman filtering to calculate the objects centroid, estimated and predicted positions. Then I marked these positions on the original video.
Object Tracking in MATLAB - Video